In-situ Stress | Geoengineering Solut

In-situ stress measurements
Often time consuming, uncertain, and costly, we proposed a new in-situ stress measurement technique that eliminates major drawbacks of core-based in-situ stress measurement methods.

We have extended the Diametral Core Deformation analysis (DCDA) technique for 2D in-situ stress measurement to 3D stress space using an innovative ultrasonic mapping. this technique enables measuring the 3D in-situ stresses from core samples with reliability, and cost efficiency.

In-situ stress measurements Often time consuming, uncertain, and costly, we proposed a new in-situ stress measurement technique that eliminates major drawbacks of core-based in-situ stress measurement methods.

In-situ stress measurements
Often time consuming, uncertain, and costly, we proposed a new in-situ stress measurement technique that eliminates major drawbacks of core-based in-situ stress measurement methods.